1. Continuous production, short drying time, high efficiency, and low processing cost.
2. High heat utilization efficiency, the converted hot air will not cause any pollution to the dried forsythia, ensuring the drying quality.
3. The equipment has a reasonable structure, stable operation, and no vulnerable parts.
4. It adopts intelligent control, which is simple and convenient, intuitive display, and reliable operation.
5. The contact parts with forsythia are made of 304 stainless steel, which can ensure the clean and hygienic drying process of forsythia, please feel free to use it.
6. The forsythia dryer has more than a dozen models of different sizes in the spreading area, which can meet the needs of various materials and different production scales.
The working principle of the forsythia dryer is to place the forsythia on the conveyor belt, pass through the material leveling device on the conveyor belt, and then spread it flat on the mesh belt of the dryer, and then transfer it to the next layer one by one through the mesh belt. There are material guides and reversing devices between each layer to make the forsythia fully contact with the heat carrier and get a cycle flip. After drying, the forsythia is taken out of the machine by the discharge conveyor. The heat carrier is introduced into the dryer by the fan. The wind speed and wind pressure generated by the induced draft fan make the heat carrier fully and evenly spread at the bottom of the dryer. Since the lower pressure is greater than the upper pressure, the heat carrier moves from bottom to top and passes through each layer of mesh belt, so that the forsythia is fully in contact with the heat carrier, improving the drying efficiency.
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